#CNSA #ChinaNationalSpaceAdministration #国家航天局 | #BRI #March2023 #长征九号火箭 #ChangZheng9 #LongMarch9 #UltraHeavyCarrierRocket #ReusableUltraHeavyCarrierRocket in Construction taking shape to realization of the Ten Meter Diameter Tank….

During this year of 2023,   China People’s Republic of China’s CNSA – China National Space Administration Reusable Ultra Heavy Carrier Rocket长征九号火箭 Change Zheng –Long March Nine Reusable Carrier Rocket of it’s first heavy-duty rocket 10-meter-class rocket tank has been developed!……. The “waist circumference” of the rocket storage tank in front of me reaches 10 meters, and it is the largest rocket storage tank developed by our country so far. Compared with the “Fat Five” rocket’s tank with a diameter of 5 meters, its “waistline” has nearly doubled. At present, the storage tank has been developed, and the project has been completed recently.


Its successful development has realized the leap from a 5-meter-level diameter to a 10-meter-level launch vehicle storage tank in my country, and also marks that my country has become the third company in the world with the development capability of a 10-meter-level ultra-large-diameter storage tank after Russia and the United States. The country has laid a solid foundation for the development of my country’s heavy-duty launch vehicle engineering.


Hu Zhenggen, deputy chief designer of the heavy-duty launch vehicle of the Rocket Academy, introduced that expanding the diameter of the storage tank to the 10-meter level seems to be just the diameter multiplied by 2, but the actual development difficulty is not as simple as doubling, and the process almost challenges the limit of my country’s industrial basic capabilities , but it also fully drives the development of advanced materials, advanced technology, high-end manufacturing and other related basic industries, and plays a positive role in accelerating the transformation and upgrading of my country’s manufacturing industry, driving the development of high-end equipment in my country, and promoting the construction of a strong manufacturing country.

The project team innovated with the model of national large-scale cooperation and brainstorming, united more than 20 domestic superior units, and carried out collaborative research. It took more than 6 years to open up the entire development chain from materials, design, component forming, assembly and welding, and test assessment. The road has realized the upgrading of the design and manufacturing technology of large-diameter tanks for launch vehicles in my country. Previously, the team has successively completed the important components of the tank – the overall transition ring of the 10-meter tank (Figure 3), the melon petal sample of the 10-meter tank (Figure 4), the bottom ring of the 10-meter tank ( Figure 5) …

the overall transition ring of the 10-meter tank (Figure 3)
the melon petal sample of the 10-meter tank (Figure 4),


During this process, the team has overcome a series of key technologies:
preparation of super-large-sized plates, super-large
-diameter tank structure optimization design,
super-large-diameter components, precise shape, collaborative manufacturing technology,
super-large-diameter tank bottom, friction stir welding technology,
super-large-diameter tank Vertical assembly friction stir welding technology


The successful development of the 10-meter rocket body tank is an important achievement in the key technology research and program deepening demonstration stage of heavy-duty launch vehicles, which shows that China has the ability to develop heavy-duty launch vehicles….

Images and visuals are from their Respectives CMS China Manned SpaceCNSA-China National Space Administration

#CNSA #ChinaNationalSpaceAdministration #国家航天局 #BeltAndRoadinitiative | #DeepSpaceCommunications #DeepSpaceDectection network finally installed in the Kashgar Deep Space Station in the #GobiDesert #PeoplesRepublicOfChina for #SpaceExploration…

Recently finally during this month of  October 2019,  installed is a constellation cluster network of CNSA China National Space Administration also its associated partners have installed the final various parts of Number One Deep Space Network for a Deep Space Detection system network in which will be used onwardly for medium and long term exploration mission unmanned and manned ..

Installed in the Kashgar Deep Station in the Xi’an Satellite Measurement for deep Space detection in the Gobi Desert in the North West of the People’s Republic of China, in which the surround environments makes it great for communications reception detection from the massive sensitivity area in which it has least electronics broadcast pollution, in which in the urban populated environment in which will interfere with the sensitivities of the equipment..

Installing number one Antenna is out of the of three in which increase the range of cone of reception of Deep Space communications of upcoming Lunar Mission of Change five in landing on the Earth’s moon in which includes a probe includes a lander, an Orbiter, an ascender and a returner. The key of the mission will be lunar sample collection, take-off from the moon, rendezvous and docking on lunar obit and high-speed re-entry into Earth’ atmosphere.

China’s current lunar program includes three phases: orbiting, landing, and returning. The first two phases have been accomplished, and the next step is to launch the Chang’e-5 probe to collect 2 kg of moon samples and bring them back to the earth. In which the fifth mission of Change six  in which probe includes a lander, an Orbiter, an ascender and a returner. The key of the mission will be lunar sample collection, take-off from the moon, rendezvous and docking on lunar obit and high-speed re-entry into Earth’ atmosphere.

China’s current lunar program includes three phases: orbiting, landing, and returning. The first two phases have been accomplished, and the next step is to launch the Chang’e-5 probe to collect 2 kg of moon samples and bring them back to the earth.

Images and visuals are from Weibo -Our Space